Cheyne-Stokes Breathing: Difference between revisions
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[[ | [[Image:Cheyne-Stokes_cs.svg|300px|thumb|Cheyn-Stokes breathing]] | ||
===Breathing pattern=== | ===Breathing pattern=== | ||
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#'''Ascending phase -''' the frequency and depth of respiration increases''';''' | #'''Ascending phase -''' the frequency and depth of respiration increases''';''' | ||
#'''Descending phase ;''' | #'''Descending phase ;''' | ||
#[[apnoe|'''Apnoeic''']] pause (not a condition)<ref name="lebl">{{ | #[[apnoe|'''Apnoeic''']] pause (not a condition)<ref name="lebl">{{Cite | ||
| | |type = book | ||
| | |surname1 = Lebl | ||
| | |name1 = Jan | ||
| | |surname2 = Provazník | ||
| | |name2 = Kamil | ||
| | |surname3 = Hejcmanová | ||
| | |name3 = Ludmila | ||
| | |others = yes | ||
| | |title = Preklinická pediatrie | ||
| | |edition = 2 | ||
| | |location = Praha | ||
| | |publisher = Galén | ||
| | |year = 2007 | ||
| | |pages = 106-107 | ||
|isbn = 978-80-7262-438-6 | |isbn = 978-80-7262-438-6 | ||
}}</ref>. | }}</ref>. | ||
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[[ | [[Category:Physiology]] | ||
[[ | [[Category:Internal medicine]] | ||
[[ | [[Category:Internal propaedeutics]] | ||
[[ | [[Category:Pneumology]] | ||
[[ | [[Category:Neurology]] | ||
Latest revision as of 23:35, 12 November 2023
Breathing pattern
- Ascending phase - the frequency and depth of respiration increases;
- Descending phase ;
- Apnoeic pause (not a condition)[1].
Cheyne-Stokes Breathing is an abnormal breathing pattern that presents with a crescendo-decrescendo pattern of tidal volume followed by a period of apnea.[2]
Cheyne-Stokes respiration is characteristic of damage to the respiratory center located in the medulla oblongata and pons, in the brainstem. Other causes include heart failure and central sleep apnea. It requires immediate provision of vital signs[1] if the patient is Unconscious at the same time. Similarly, wavy breathing occurs when staying in an alpine environment (especially in sleep). This is due to the different irritability of the respiratory center to the level of CO2 and oxygen (its content is low at high altitude, this is compensated by hyperventilation resulting in lower CO2 tension in the indoor environment). A similar phenomenon can be observed in a more advanced stage of atherosclerotic CNS disease even when the patient is fully conscious.
Links
Related articles
- Biot's Breathing ▪ Kussmaul's breathing
- Dyspnoea ▪ Tachypnea ▪ Bradypnea ▪ Apnea ▪ Hyperpnea ▪ Orthopnea
Reference
- ↑ Jump up to: a b LEBL, Jan – PROVAZNÍK, Kamil – HEJCMANOVÁ, Ludmila, et al. Preklinická pediatrie. 2. edition. Praha : Galén, 2007. pp. 106-107. ISBN 978-80-7262-438-6.
- ↑ https://next.amboss.com/us/search/Cheyne-Stokes
